Waterway Plastics Anti Vortex Drain

Waterway Plastics Anti Vortex Drain

Waterway Plastics is a recognized authority in pool and spa drainage components. The 640-2317V Anti Vortex Drain is designed to integrate with Waterway system assemblies and provide a defined drainage path in pool and spa basins. It plays a role in pool and spa drainage by offering a dedicated outlet and guiding water flow within the drain path. This description is written for technicians and serious buyers who work with Waterway components.

Key Features

• Bottom drain component designed to integrate with Waterway system assemblies.
• Anti vortex design to manage drain flow in pool and spa basins.
• Light gray finish for visibility and compatibility with standard basins.
• Provides a defined outlet path to support consistent circulation in drainage paths.
• Part number reference for ordering and reference within Waterway system components.

Where This Part Is Used

The Anti Vortex Drain is typically installed as a bottom drain in the pool or spa basin. In many installations, it sits in skimmer assemblies or drain bodies that connect to the suction side of the pump wet ends. It is commonly found where return lines and filter housings are part of the recirculation loop. The drain provides a controlled exit to support steady water movement and reliable drainage. This placement helps maintain consistent circulation in Waterway-powered systems.

Why Choose Waterway Plastics

Waterway Plastics has earned a long-standing reputation for durable, field-proven pool and spa components. Engineering consistency across its product lines means technicians can expect compatible interfaces and predictable serviceability when replacing drains and related hardware. Components like this anti vortex drain are designed for straightforward maintenance and long-term availability within Waterway system families. The brand's approach emphasizes practical, repair-friendly design that supports technicians in the field. With Waterway, you’re choosing a partner that stands behind consistent performance across installations and over time.